List of usage examples for org.dom4j Node selectNodes
List<Node> selectNodes(String xpathExpression);
selectNodes evaluates an XPath expression and returns the result as a List of Node instances or String instances depending on the XPath expression.
From source file:neat.NEAT.java
License:Open Source License
@Override public NEAT loadFromXML(Node nd) { // Add properties loadProperties();/*from ww w . j a v a2 s. co m*/ // set generator generator = new NESRandom(FrevoMain.getSeed()); this.input_number = Integer.parseInt(nd.valueOf("./@input_nodes")); this.output_number = Integer.parseInt(nd.valueOf("./@output_nodes")); this.recurrent = Boolean.parseBoolean(nd.valueOf("./@recurrent")); String fitnessString = nd.valueOf("./@fitness"); if (!fitnessString.isEmpty()) { this.setFitness(Double.parseDouble(fitnessString)); } // load genes ArrayList<NEATGene> genes = new ArrayList<NEATGene>(); Node dgenes = nd.selectSingleNode("./genes"); @SuppressWarnings("unchecked") List<? extends Node> gs = dgenes.selectNodes("./*"); Iterator<? extends Node> it = gs.iterator(); while (it.hasNext()) { Node n = it.next(); String name = n.getName(); if (name.equals("NEATlinkGene")) genes.add(new NEATLinkGene(n)); else if (name.equals("NEATNodeGene")) genes.add(new NEATNodeGene(n)); else genes.add(new NEATFeatureGene(n)); } this.chromosome = new NEATChromosome(genes); updateNetStructure(); return this; }
From source file:net.asteasolutions.cinusuidi.sluncho.utils.XmlParse.java
private void setRelCommentProperties(Node originalQuestion, Map<String, Object> relQuestionMap) { Node thread = originalQuestion.selectSingleNode("Thread"); List<Node> relComments = thread.selectNodes("RelComment"); for (Node comment : relComments) { String commentId = comment.valueOf("@RELC_ID"); if (relQuestionMap.isEmpty() || !relQuestionMap.containsKey(commentId)) { Map<String, Object> relCommentInfo = new LinkedHashMap<>(); relCommentInfo.put("RelCBody", comment.selectSingleNode("RelCClean").getText()); relCommentInfo.put("IsRelevantToOrgQ", comment.valueOf("@RELC_RELEVANCE2ORGQ")); relCommentInfo.put("IsRelevantToRelQ", comment.valueOf("@RELC_RELEVANCE2RELQ")); relQuestionMap.put(commentId, relCommentInfo); }/*from w ww . ja v a 2 s. co m*/ } }
From source file:net.bpfurtado.ljcolligo.GetComments.java
License:Open Source License
private String textFrom(Node n, String nodeName) { List nodes = n.selectNodes(nodeName); if (!nodes.isEmpty()) { return ((Node) nodes.get(0)).getText().trim(); }/*from w w w. j a v a2 s . c o m*/ return null; }
From source file:net.bpfurtado.tas.model.persistence.XMLAdventureReader.java
License:Open Source License
private void loadCombat(Node n, Scene s) { Node cn = n.selectSingleNode("combat"); if (cn == null) { return;//from www .j av a 2s . c o m } Combat c = new Combat(); String type = cn.valueOf("@type"); c.setType(CombatType.fromPersistentRepr(type)); List<Node> enemyNodes = cn.selectNodes("./enemy"); for (Node en : enemyNodes) { Fighter fighter = new Fighter(en.valueOf("@name"), Integer.valueOf(en.valueOf("@skill")), Integer.valueOf(en.valueOf("@stamina"))); fighter.setDamage(Integer.valueOf(en.valueOf("@damage"))); c.add(fighter); } s.setType(SceneType.combat); s.setCombat(c); }
From source file:net.bpfurtado.tas.model.persistence.XMLAdventureReader.java
License:Open Source License
/** * @param scene/*from w w w.j a v a 2 s . c o m*/ * @param scenesNotScannedYet * Just to keep the scenes not yet visited. */ @SuppressWarnings("unchecked") private void findAllTos(Scene scene, Collection<Scene> scenesNotScannedYet) { if (scenesNotScannedYet != null) { scenesNotScannedYet.remove(scene); } Node sceneNode = xmlDocument.selectSingleNode("//scene[@id='" + scene.getId() + "']"); List<Node> pathNodes = sceneNode.selectNodes("./path"); int i = 0; logger.debug("Scene=" + scene + ", pathNodes.sz=" + pathNodes.size()); for (Node pathNode : pathNodes) { logger.debug(i); IPath p = scene.createPath(pathNode.getText()); String orderStr = pathNode.valueOf("@order"); if (orderStr == null || orderStr.length() == 0) { p.setOrder(i++); } String idToStr = pathNode.valueOf("@toScene"); if (!GenericValidator.isBlankOrNull(idToStr)) { Scene to = adventure.getScene(Integer.parseInt(idToStr)); boolean hadScenesFrom = !to.getScenesFrom().isEmpty(); p.setTo(to); logger.debug(p); if (!hadScenesFrom) { logger.debug("BEFORE RECURSION: to=" + to); logger.debug("BEFORE RECURSION: all=" + scenesNotScannedYet); if (scenesNotScannedYet.contains(to)) { findAllTos(to, scenesNotScannedYet); } } } else { logger.debug(p); } } }
From source file:net.bpfurtado.tas.runner.savegame.SaveGamePersister.java
License:Open Source License
public static SaveGame read(File saveGameFile) { try {// ww w. ja v a 2s . co m SAXReader xmlReader = new SAXReader(); Document xml = xmlReader.read(saveGameFile); Element root = xml.getRootElement(); Node xmlPlayer = root.selectSingleNode("player"); Player player = new Player("noName", 0, integer(xmlPlayer, "stamina")); player.setDamage(integer(xmlPlayer, "damage")); List<Node> skills = xmlPlayer.selectNodes("skills/skill"); for (Node skill : skills) { player.addSkill(skill.valueOf("@name"), integer(skill, "level")); } List<Node> attributes = xmlPlayer.selectNodes("attributes/attribute"); for (Node attribute : attributes) { String key = attribute.valueOf("@key"); String val = attribute.valueOf("@value"); try { player.addAttribute(key, Integer.parseInt(val)); } catch (NumberFormatException e) { player.addAttribute(key, val); } } Workspace workspace = Workspace.loadFrom(root.valueOf("@workspaceId")); SaveGame saveGame = new SaveGame(workspace, player, integer(root, "sceneId"), root.valueOf("@creation")); saveGame.setFile(saveGameFile); return saveGame; } catch (DocumentException e) { throw new AdventureReaderException("Error reading XML document", e); } }
From source file:net.indigital.util.Properties.java
License:Open Source License
public static List<Mapping> configure(String configFileLocation) { Document document = getDocument(configFileLocation); List<Node> mappingNodes = selectNodes(document, mapping); Integer pauseMySQLReconnections; //ms Integer pauseCassandraReconnections; //ms Integer refresh; //ms Integer elementsAtOnce; //num elements String mysqlHost;/*from www. j a va 2s .c om*/ Integer mysqlPort; String user; String pass; String db; String table; String numericKeyStr; String cassHost; Integer cassPort; String keysType; Boolean truncateDataBase; /* Common to all the mappings. This structure will allow the threads * to know which Cassandra keyspace has already been tried to be removed. */ Lock lock = new ReentrantLock(); Map<String, Boolean> keyspaces = new HashMap<String, Boolean>(); /* All the fields to be mapped. */ List<Map<String, String>> maps; /* A list of parsed Mapping nodes. */ List<Mapping> listMapping = new ArrayList<Mapping>(); /* * We need to check that we don't have repeated mappings. * We based this on calculating an id with the values of the mapping. */ String id; List<String> mapsIdList = new ArrayList<String>(); if (mappingNodes.size() < 1) { Log.error("You need at least one mapping node"); System.exit(0); } for (Node node : mappingNodes) { maps = new ArrayList<Map<String, String>>(); if ((node.getName() == null) || (!(node.getName().equals("mapping"))) || (node.selectSingleNode("@refresh") == null) || (node.selectSingleNode("@refresh").getStringValue().isEmpty()) || (node.selectSingleNode("@elementsAtOnce") == null) || (node.selectSingleNode("@elementsAtOnce").getStringValue().isEmpty())) { Log.error("Found an incorrect mapping node"); System.exit(0); } refresh = Integer.parseInt(node.selectSingleNode("@refresh").getStringValue()); elementsAtOnce = Integer.parseInt(node.selectSingleNode("@elementsAtOnce").getStringValue()); List<Node> mysqlNodes = node.selectNodes("mysql"); List<Node> cassandraNodes = node.selectNodes("cassandra"); List<Node> mapsNodes = node.selectNodes("maps"); if ((mysqlNodes.size() != 1) || (cassandraNodes.size() != 1) || (mapsNodes.size() != 1)) { Log.error("Each mapping needs one mysql|cassandra|maps node"); System.exit(0); } /* Parsing mySQL information */ Node mysqlNode = (Node) mysqlNodes.toArray()[0]; if ((mysqlNode.selectSingleNode("@host") == null) || (mysqlNode.selectSingleNode("@host").getStringValue().isEmpty()) || (mysqlNode.selectSingleNode("@user") == null) || (mysqlNode.selectSingleNode("@user").getStringValue().isEmpty()) || (mysqlNode.selectSingleNode("@pass") == null) || (mysqlNode.selectSingleNode("@pass").getStringValue().isEmpty()) || (mysqlNode.selectSingleNode("@db") == null) || (mysqlNode.selectSingleNode("@db").getStringValue().isEmpty()) || (mysqlNode.selectSingleNode("@table") == null) || (mysqlNode.selectSingleNode("@table").getStringValue().isEmpty()) || (mysqlNode.selectSingleNode("@numericKeyStr") == null) || (mysqlNode.selectSingleNode("@numericKeyStr").getStringValue().isEmpty()) || (mysqlNode.selectSingleNode("@truncateDataBase") == null) || (mysqlNode.selectSingleNode("@truncateDataBase").getStringValue().isEmpty()) || (mysqlNode.selectSingleNode("@pauseReconnections") == null) || (mysqlNode.selectSingleNode("@pauseReconnections").getStringValue().isEmpty())) { Log.error("Found an incorrect mysql node"); System.exit(0); } /* Setting variables for the mySQL parsed information */ mysqlHost = mysqlNode.selectSingleNode("@host").getStringValue(); mysqlPort = Integer.parseInt(mysqlNode.selectSingleNode("@port").getStringValue()); user = mysqlNode.selectSingleNode("@user").getStringValue(); pass = mysqlNode.selectSingleNode("@pass").getStringValue(); db = mysqlNode.selectSingleNode("@db").getStringValue(); table = mysqlNode.selectSingleNode("@table").getStringValue(); numericKeyStr = mysqlNode.selectSingleNode("@numericKeyStr").getStringValue(); if ((!(mysqlNode.selectSingleNode("@truncateDataBase").getStringValue().equals("true"))) && (!(mysqlNode.selectSingleNode("@truncateDataBase").getStringValue().equals("false")))) { Log.error("Found an incorrect type in a column: " + mysqlNode.selectSingleNode("@truncateDataBase").getStringValue()); System.exit(0); } if (mysqlNode.selectSingleNode("@truncateDataBase").getStringValue().equals("true")) { truncateDataBase = Boolean.TRUE; } else { truncateDataBase = Boolean.FALSE; } pauseMySQLReconnections = Integer .parseInt(mysqlNode.selectSingleNode("@pauseReconnections").getStringValue()); /* Parsing cassandra information */ Node cassandraNode = (Node) cassandraNodes.toArray()[0]; if ((cassandraNode.selectSingleNode("@host") == null) || (cassandraNode.selectSingleNode("@host").getStringValue().isEmpty()) || (cassandraNode.selectSingleNode("@port") == null) || (cassandraNode.selectSingleNode("@port").getStringValue().isEmpty()) || (cassandraNode.selectSingleNode("@pauseReconnections") == null) || (cassandraNode.selectSingleNode("@pauseReconnections").getStringValue().isEmpty()) || (cassandraNode.selectSingleNode("@keysType") == null) || (cassandraNode.selectSingleNode("@keysType").getStringValue().isEmpty())) { Log.error("Found an incorrect cassandra node. Host, port, pauseReconnections or keysType non-set"); System.exit(0); } if ((!(cassandraNode.selectSingleNode("@keysType").getStringValue().equals("int"))) && (!(cassandraNode.selectSingleNode("@keysType").getStringValue().equals("string")))) { Log.error("Found an incorrect type for the Cassandra keys: " + cassandraNode.selectSingleNode("@keysType").getStringValue()); System.exit(0); } /* Setting variables for the Cassandra parsed information */ cassHost = cassandraNode.selectSingleNode("@host").getStringValue(); cassPort = Integer.parseInt(cassandraNode.selectSingleNode("@port").getStringValue()); pauseCassandraReconnections = Integer .parseInt(cassandraNode.selectSingleNode("@pauseReconnections").getStringValue()); keysType = cassandraNode.selectSingleNode("@keysType").getStringValue(); /* Parsing the columns and adding a 'map' for each column. */ Node mapsNode = (Node) mapsNodes.toArray()[0]; List<Node> columnNodes = mapsNode.selectNodes("column"); if (columnNodes.size() < 2) { Log.error("You need at least two columns in the maps"); System.exit(0); } for (Node column : columnNodes) { if (!(column.getName().equals("column"))) { Log.error("Found an incorrect maps"); System.exit(0); } if ((column.selectSingleNode("@name") == null) || (column.selectSingleNode("@name").getStringValue().isEmpty()) || (column.selectSingleNode("@type") == null) || (column.selectSingleNode("@type").getStringValue().isEmpty()) || (column.selectSingleNode("@secondaryIndex") == null) || (column.selectSingleNode("@secondaryIndex").getStringValue().isEmpty())) { Log.error("Found an incorrect column node"); System.exit(0); } if ((!(column.selectSingleNode("@type").getStringValue().equals("int"))) && (!(column.selectSingleNode("@type").getStringValue().equals("string"))) && (!(column.selectSingleNode("@type").getStringValue().equals("datetime")))) { Log.error("Found an incorrect type in a column: " + column.selectSingleNode("@type").getStringValue()); System.exit(0); } if ((!(column.selectSingleNode("@secondaryIndex").getStringValue().equals("true"))) && (!(column.selectSingleNode("@secondaryIndex").getStringValue().equals("false")))) { Log.error("Found an incorrect type in a column: " + column.selectSingleNode("@secondaryIndex").getStringValue()); System.exit(0); } Map<String, String> tmp = new HashMap<String, String>(); tmp.put("name", column.selectSingleNode("@name").getStringValue()); tmp.put("type", column.selectSingleNode("@type").getStringValue()); tmp.put("secondaryIndex", column.selectSingleNode("@secondaryIndex").getStringValue()); maps.add(tmp); Log.debug("name:" + column.selectSingleNode("@name").getStringValue() + ", type:" + column.selectSingleNode("@type").getStringValue() + ", secondaryIndex:" + column.selectSingleNode("@secondaryIndex").getStringValue()); } /* Checking if a mapping node similar to the actual has been inserted.*/ id = mysqlHost + mysqlPort + db + table + cassHost + cassPort; if (mapsIdList.contains(id)) { Log.error("Found a repeated mapping node with id: " + id); System.exit(0); } else { mapsIdList.add(id); } /* Finally creating and adding another mapping node. */ Mapping m = new Mapping(lock, keyspaces, truncateDataBase, keysType, pauseMySQLReconnections, pauseCassandraReconnections, refresh, elementsAtOnce, mysqlHost, mysqlPort, db, user, pass, table, numericKeyStr, maps, cassHost, cassPort); listMapping.add(m); Log.debug("Success while adding another mapping!"); } /* Finally returning the desired object. */ return listMapping; }
From source file:nnga.NNGA.java
License:Open Source License
@Override public ArrayList<ArrayList<AbstractRepresentation>> loadFromXML(Document doc) { // final list to be returned ArrayList<ArrayList<AbstractRepresentation>> populations = new ArrayList<ArrayList<AbstractRepresentation>>(); // get population root node Node dpopulations = doc.selectSingleNode("/frevo/populations"); // get number of populations int populationCount = Integer.parseInt(dpopulations.valueOf("./@count")); // get number of current generation int currentGeneration = Integer.parseInt(dpopulations.valueOf("./@generation")); // get population size @SuppressWarnings("unchecked") List<? extends Node> populationsNode = dpopulations.selectNodes(".//population"); int populationSize = populationsNode.get(0).selectNodes("*").size(); // calculate total representations int totalRepresentations = populationCount * populationSize; int currentPopulation = 0; int currentRepresentation = 0; // Iterate through the population nodes Iterator<?> populationIterator = populationsNode.iterator(); while (populationIterator.hasNext()) { Node populationNode = (Node) populationIterator.next(); // create list of candidate representations for this population ArrayList<AbstractRepresentation> result = new ArrayList<AbstractRepresentation>(); // track current progress currentRepresentation = 0;//from w w w . j a v a 2 s.c o m try { // Obtain an iterator over the representations List<?> representations = populationNode.selectNodes("./*"); Iterator<?> representationsIterator = representations.iterator(); while (representationsIterator.hasNext()) { // calculate current position for progress reporting int currentItem = currentPopulation * populationSize + currentRepresentation + 1; // report loading state FrevoMain.setLoadingProgress((float) currentItem / totalRepresentations); // step to next node Node net = (Node) representationsIterator.next(); // construct representation based on loaded representation // data ComponentXMLData representation = FrevoMain .getSelectedComponent(ComponentType.FREVO_REPRESENTATION); AbstractRepresentation member = representation.getNewRepresentationInstance(0, 0, null); // load representation data from the XML into the instance member.loadFromXML(net); // add data to current population list result.add(member); // increment tracker currentRepresentation++; } } catch (Exception e) { e.printStackTrace(); } populations.add(result); currentPopulation++; } // Load the number of generations XMLFieldEntry gensize = getProperties().get("generations"); if (gensize != null) { int generations = Integer.parseInt(gensize.getValue()); // TODO check max fitness also // set boolean value which shows possibility of continuation of experiment // if maximum number of generations hasn't been reached. setCanContinue(currentGeneration + 1 < generations); } return populations; }
From source file:org.b5chat.crossfire.core.plugin.PluginCacheConfigurator.java
License:Open Source License
private Map<String, String> readInitParams(Node configData) { Map<String, String> paramMap = new HashMap<String, String>(); @SuppressWarnings("unchecked") List<Node> params = configData.selectNodes("init-params/init-param"); for (Node param : params) { String paramName = param.selectSingleNode("param-name").getStringValue(); String paramValue = param.selectSingleNode("param-value").getStringValue(); paramMap.put(paramName, paramValue); }/*ww w . ja v a 2s .c o m*/ return paramMap; }
From source file:org.ballproject.knime.base.config.CTDFileNodeConfigurationReader.java
License:Open Source License
@SuppressWarnings("unchecked") public void readParameters() throws Exception { Node root = this.doc.selectSingleNode("/tool/PARAMETERS"); List<Node> items = root.selectNodes("//ITEM[not(contains(@tags,'" + this.OUTPUTFILE_TAG + "')) and not(contains(@tags,'" + this.INPUTFILE_TAG + "'))]"); for (Node n : items) { this.processItem(n); }/*from ww w . ja v a 2s . co m*/ items = root.selectNodes("//ITEMLIST[not(contains(@tags,'" + this.OUTPUTFILE_TAG + "')) and not(contains(@tags,'" + this.INPUTFILE_TAG + "'))]"); for (Node n : items) { this.processMultiItem(n); } }